Hybrid Propulsion
EXTENDING THE REACH OF ELECTRIC FLIGHT
DeltaHawk Hybrid Propulsion solutions combine the energy density of heavy fuels with the responsiveness of electric propulsion to create scalable power architectures for next-generation aircraft. Designed to support extended-range operations, increased mission flexibility, and demanding power requirements, DeltaHawk hybrid systems help manufacturers overcome the limitations of battery-only solutions.
Applications
eVTOL Aircraft • Advanced Air Mobility • Regional Air Mobility • Commercial Aviation • Hybrid-Electric Aircraft
GREATER RANGE. LONGER ENDURANCE.
One of the greatest challenges facing electric aviation is battery energy storage. DeltaHawk hybrid systems utilize highly efficient aviation-quality power generation to extend operational range, increase endurance, and support missions that exceed the capabilities of battery-only aircraft.
POWER WHEN AND WHERE IT'S NEEDED
Every aircraft mission is different. DeltaHawk’s scalable hybrid architectures provide manufacturers with the flexibility to tailor power generation and electrical output to meet specific aircraft, payload, and operational requirements. From supplemental cruise power to peak-demand flight segments such as take-off and landing, DeltaHawk delivers reliable energy throughout the mission.
A PRACTICAL PATH TO ELECTRIFICATION
Hybrid-electric propulsion is rapidly becoming a critical enabling technology for advanced aviation platforms and their capabilities. DeltaHawk’s compact, fuel-efficient engine technology provides a practical pathway toward electrification while maintaining the range, reliability, and operational flexibility required for commercial success.
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